KR101193736B1 - Interphone system monitoring pollution level - Google Patents

Abstract

The present invention relates to an interphone system capable of monitoring pollution levels. The intercom system of the present invention is installed in different places to measure the air and water pollution degree in real time, and receive a plurality of module devices for performing water purification and air purification, pollution degree data received from the module and the module device It is configured to include an interphone to control. In addition, the present invention receives the water pollution or air pollution data measured in real time from the module device, and displays the received air pollution or water pollution data on the screen. If the air pollution level or water pollution level data displayed on the screen is above a certain level, a screen is displayed asking the user whether to purify the air or purify the water. If air purification or water purification is selected from the user, a control signal for air purification or water purification is transmitted to the module device. The air cleaning or water purification function is activated in the module unit. Receiving pollution degree data from the module device receives the air pollution degree and water pollution degree data has the effect of checking and purifying the pollution degree of each room in real time.

Pollution Degree, Water Quality, Air, Clean, Purification, Data, Module, Zigbee

Description

Interphone system monitoring pollution level

1 is an internal configuration diagram of an embodiment of the present invention.

FIG. 2 is a flowchart illustrating a process of purifying air and purifying water by measuring air or water pollution in each room in the intercom system of the present invention.

3 is a view showing the appearance of pollution degree data transmitted from the module device on the interphone.

<Explanation of symbols on main parts of the drawings>

100-intercom 103-control unit

106-display unit 109-input unit

112-Wireless communication unit 10-Home module

20-living room module n-aquarium module

The present invention relates to an interphone system and method capable of contamination monitoring.

As air pollution and water pollution become more serious recently, the air and water pollution in the house can not be used safely. In order to purify the air in the house, a separate air cleaner needs to be provided, but there is a problem in that a lot of power is consumed to operate the air cleaner for 365 days a year.

In addition, air purifiers are generally uncomfortable because the air purifier can be cleaned only within a certain radius of the air purifier, and when the air purifier needs to be moved elsewhere, the air purifier must be moved and operated to perform the air purifier. there is a problem.

In addition, if there is a place to check water pollution such as an aquarium in the house, there is a problem that consumes a lot of power to operate the water purifier of the aquarium for 365 days a year, and when to change the water in the aquarium Not only do not know that the water quality is contaminated, there is a problem that can not determine the degree of contamination of the water in real time when the aquarium water needs to be changed regularly.

The present invention provides an interphone system having a module device for reading air pollution level and water pollution level data, and receiving pollution level data from the module device in real time to purify the pollution level.

In addition, the present invention complements the problem of power consumption by grasping the pollution degree data in real time using an interphone that is always powered on, and makes it easy for the user to grasp when the water needs to be changed by grasping the water pollution level in real time. It provides an interphone system that can monitor the pollution level.

The interphone system of the present invention is installed in different places to measure the air and water pollution in real time, receive the pollution data received from a plurality of module devices and modules for performing water purification and air purification and control the module device It is configured to include an interphone.

The interphone includes a display unit for displaying air and water pollution data information, an input unit for key input, a wireless communication unit for transmitting and receiving air and water pollution data with a plurality of module devices, and a controller for controlling the components. do. At this time, the wireless communication is preferably Zigbee (Zigbee).

In addition, the present invention receives the water pollution degree or air pollution degree data measured in real time from the module device. Received air pollution or water pollution data is displayed on the screen. If the air pollution level or water pollution level data displayed on the screen is above a certain level, a screen is displayed asking the user whether to purify the air or purify the water. If air purification or water purification is selected from the user, a control signal for air purification or water purification is transmitted to the module device. The air cleaning or water purification function is activated in the module unit.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an internal configuration diagram of an embodiment of the present invention.

The present invention is installed in different places to measure the air and water pollution in real time, and the plurality of module devices (10 ~ n) for performing the water purification and air purifying according to the control signal received from the intercom The interphone 100 receives the received pollution degree data and monitors water pollution and air pollution.

The interphone 100 includes a display unit 106, an input unit 109, a wireless communication unit 112, and a control unit 103.

The display unit 106 may be formed of a liquid crystal display (LCD) or the like, and displays air and water pollution data information.

The input unit 109 includes various keys and performs key input.

The wireless communication unit 112 transmits and receives air and water pollution data with a plurality of module devices 10 to n, and a wireless communication method such as Zigbee is used.

The control unit 103 controls the components, and when air and water pollution degree data information is received from a plurality of modules, depending on whether or not the corresponding data is above a predetermined standard, the air is sent to the plurality of modules 10 to n if the predetermined standard is greater than or equal to. Transmit control signals for clean and water purification.

The plurality of modules 10 to n are installed at different positions as the home module 10, the living room module 20, and the aquarium module n, respectively, and serve to read pollution degree data in the space where the module is located. . At this time, the aquarium module (n) installed in the aquarium is waterproof to operate correctly in the aquarium, and monitors the water pollution level of the aquarium in real time, and transmits the data to the interphone to determine when the user should change the water in the aquarium. It can be known through the interphone.

Next, a process of receiving pollution level data and purifying the pollution level in each room in the intercom system capable of monitoring the pollution level of the present invention will be described.

FIG. 2 is a flowchart illustrating a process of purifying air and purifying water by measuring air or water pollution in each room in the intercom system of the present invention, and FIG. 3 is a view showing the appearance of pollution degree data transmitted from a module device on an interphone. One drawing.

The air and water pollution levels of each room are measured in real time from the module device installed in each room, and the measured air and water pollution levels are transmitted to the interphone (step 203). At this time, the data is preferably transmitted using Zigbee.

If the measured air and water pollution levels are not above a certain threshold (NO in step 206), continue to measure air or water pollution data in real time from the module units in each room (repeat step 206), and the measured air and water pollution levels If it is equal to or more than a predetermined standard (YES in step 206), the data is transmitted to the interphone, and the interphone receiving the data is displayed on the LCD screen of the interphone (step 209). That is, as shown in FIG. 3, data about the amount of fine dust, ozone, carbon monoxide, and nitrogen dioxide in each room is graphically shown. In addition, in the case of water pollution data, data on when to change the water in the aquarium and the degree of pollution in the water are shown.

After the air or water pollution level data is displayed on the screen, if the air cleaning or water purification is to be performed where the module device receiving the pollution data is installed (YES in step 212), The control signal is transmitted to the module device which has transmitted the pollution degree data (step 215), and the module device which has received the control signal performs an operation of purifying air pollution in each room or purifying the water pollution level (step 218).

As mentioned above, although this invention was demonstrated to the several example, this invention is not limited to a specific Example. Those skilled in the art will appreciate that various modifications and changes can be made without departing from the spirit of the invention.

The present invention has a module device for reading air pollution and water pollution data in each room of the house, and has the effect of purifying pollution by receiving pollution data in real time from the module device.

In addition, the present invention compensates for the problem of power consumption by grasping pollution degree data in real time using an interphone that is always powered on, and can conveniently grasp when a user needs to change water by grasping water pollution in real time. It is effective.

Claims (4)

Multiple module units installed in different places to measure air and water pollution in real time, and to purify water and clean air, An interphone for receiving pollution data received from the module and controlling the module device; Interphone system capable of monitoring the pollution degree comprising a. The method of claim 1, wherein the interphone, A display unit for displaying air and water pollution data information; An input unit for key input, Wireless communication unit for transmitting and receiving air and water pollution data with a plurality of module devices, A controller for controlling the components, Interphone system capable of monitoring the pollution including a. 3. The method of claim 2, The wireless communication is a Zigbee (Zigbee) interphone system capable of monitoring the pollution. A first step of receiving water pollution or air pollution data measured in real time from the module device; A second step of displaying the received air pollution or water pollution degree data on the screen; A third step of outputting a screen asking the user whether to purify the air or purify the water, if the air pollution degree or water pollution degree data displayed on the screen is above a certain level; A fourth step of transmitting a control signal for air purification or water purification to the module device when air cleaning or water purification is selected from a user; A fifth step of operating an air cleaning or water purification function in the module device; How to manage the pollution degree in the interphone comprising a.

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